Surfactant Sodium Lauryl Sulfate 100 g

Sodium Lauryl Sulfate Surfactant For Shampoo Systems And Cleansing Formulations

Sodium Lauryl Sulfate is one of the most demanded surfactant ingredients in global cosmetic industry and industrial manufacturing because of its strong cleansing performance, rich foam generation and stable behavior in multiple cleansing systems. Sodium Lauryl Sulfate is widely incorporated into shampoo formulations, shower gels, liquid soap production, foam systems, facial cleansing products, household cleaning products and industrial detergents where dense stable foam and effective removal of impurities are required.

The ingredient remains especially popular in hair care products because it helps create rich foam texture and efficient cleansing of scalp and hair surface. In modern shampoo systems Sodium Lauryl Sulfate is frequently combined with Cocamidopropyl Betaine, Decyl Glucoside and conditioning additives to develop more balanced cleansing formulations with improved sensory aesthetics and softer rinse-off effect.

In skincare and body care products the surfactant is used in cleansing foams, shower products, bath systems, liquid cleansers and soap formulations. The ingredient allows formulations to rapidly create stable creamy foam while delivering a clean fresh sensory profile after use.

In cleansing cosmetics Sodium Lauryl Sulfate is especially popular in transparent gel systems and water-based formulations. The ingredient works effectively with polymer thickeners, salt thickening systems and water-soluble active ingredients, helping formulators achieve stable viscosity and uniform cleansing texture.

In SPA and wellness products the surfactant is incorporated into aromatic cleansing systems, foam bath products, shower concentrates and body cleansing formulations. When combined with moisturizing additives and conditioning ingredients formulations develop a softer sensory profile while maintaining efficient cleansing activity.

In industrial manufacturing Sodium Lauryl Sulfate is highly demanded in household cleaning systems, industrial detergents, textile cleansing products, foam concentrates and technical washing formulations. Its strong cleaning performance makes the ingredient especially popular in large-scale surfactant manufacturing and industrial cleaning production.

The surfactant combines effectively with amphoteric surfactants, nonionic surfactants, glycerin, polymer stabilizers, conditioning additives and moisturizing ingredients. In formulations it creates dense stable foam, smooth cleansing texture and effective rinse-off performance.

Professional Formula For Transparent Shampoo Gel Crystal Fresh Care

Water phase:
Deionized water - 515 ml
Glycerin - 35 g
Hydroxyethylcellulose - 4 g

Surfactant phase:
Sodium Lauryl Sulfate - 175 g
Cocamidopropyl Betaine - 115 g
Decyl Glucoside - 55 g

Active phase:
Panthenol - 8 g
Hydrolyzed Wheat Protein - 6 g
Preservative system - 8 g
Fresh lime fragrance - 5 g

Adjustment phase:
Sodium chloride - 10-15 g

Manufacturing process:

The first step is preparation of the gel base. Combine glycerin with Hydroxyethylcellulose until the powder becomes completely wetted. The polymer should be added gradually during mixing to prevent lump formation. Allow the mixture to hydrate for approximately 15-20 minutes.

In a separate vessel heat the deionized water to 35-40°C. Slowly introduce the prepared polymer concentrate into the water while mixing at low speed. Continue stirring for approximately 10 minutes until a transparent and uniform gel texture is achieved.

Next begin incorporating the surfactant system. Add Sodium Lauryl Sulfate first and mix carefully until fully uniform. Cocamidopropyl Betaine is added next followed by Decyl Glucoside. Each surfactant should be introduced separately using slow mixing in order to minimize excessive foam generation.

After stabilizing the cleansing base add panthenol and Hydrolyzed Wheat Protein. Active ingredients should be incorporated at temperatures below 35°C to maintain formulation stability.

The preservative system and fragrance are then added. Once complete uniformity is achieved begin viscosity adjustment using sodium chloride. Salt should be added gradually in small portions while mixing slowly until the desired thickness is reached.

After manufacturing the formulation should rest for 12-24 hours to stabilize viscosity and allow excess air bubbles to disappear naturally.

The final product is a transparent shampoo gel with rich creamy foam texture, effective cleansing activity and soft rinse-off sensory profile. The formulation provides stable viscosity, dense foam structure and modern visual aesthetics suitable for professional hair care products and cleansing systems.